Oil thermal vacuum curing furnaceFuture Development Trends:

Intelligence and automation

Integrating AI algorithms to optimize heating curves and process parameters, implementing virtual furnace simulation through digital twin technology, and combining industrial robots to achieve unmanned production.

Energy efficiency improvement

By using efficient heating methods such as graphene heating elements and plasma heating, combined with a heat recovery system (with a waste heat utilization rate of over 80%) and super insulating materials (such as nanoporous insulation felt), energy consumption is reduced.

Environmental Protection and Sustainable Development

Develop low volatility and biodegradable quenching oil, integrate a volatile matter collection and treatment system in the furnace, reduce carbon emissions, and meet the requirements of full lifecycle carbon footprint management.

Multi functional integration

The composite process equipment integrates heat treatment, surface treatment (such as carburizing and nitriding), and online detection (such as spectral analysis and X-ray detection) functions to improve production efficiency.

Expansion of Emerging Application Fields

Semiconductor manufacturing: Processing third-generation semiconductor materials such as silicon carbide and gallium nitride to meet high temperature and high vacuum requirements.

In the field of new energy, optimize the heat treatment process of lithium battery materials and hydrogen energy storage and transportation materials to improve performance stability.

Additive manufacturing: providing a dedicated vacuum oil quenching furnace for post-processing of metal 3D printing, eliminating interlayer stress in printing and improving density.